Sandeep S Mittal

Title: Innovations in Wearable Technology by Sandeep S Mittal

Introduction

Sandeep S Mittal is an accomplished inventor based in Wilkes Barre, PA. He has made significant contributions to the field of wearable technology, particularly in the development of health monitoring devices. His innovative approach combines advanced analytics with user-friendly design, making healthcare more accessible.

Latest Patents

Sandeep holds a patent for a low-power wearable smart ECG patch with on-board analytics. This self-contained Smart ECG Sensor Patch (SEP) is designed to acquire, analyze, and transmit ECG data, heart rate, and heart rate variability parameters to a host device via a secure Bluetooth low energy link. The SEP incorporates all necessary circuitry for acquisition, analysis, and communication, along with a battery on a small flexible substrate featuring two gold electrodes on the reverse side. The device effectively detects and ignores noise and motion artifacts prior to on-board analysis. It has been validated with archived ECG signals and human subject testing. The continuous acquisition and unique on-board analytics allow for prolonged monitoring scenarios with automatic alarm generation. The SEP's aggressive power management techniques enable it to operate on a single coin battery for up to 250 hours, while suppressing transmissions of artifact data to reduce power consumption.

Career Highlights

Sandeep is affiliated with the State University of New York, where he continues to push the boundaries of innovation in wearable health technology. His work has garnered attention for its potential to revolutionize patient monitoring and improve health outcomes.

Collaborations

Sandeep collaborates with Kanad Ghose, contributing to advancements in wearable technology and health monitoring systems.

Conclusion

Sandeep S Mittal's contributions to wearable technology, particularly through his innovative ECG patch, highlight the importance of integrating advanced analytics into health monitoring devices. His work exemplifies the potential of technology to enhance healthcare delivery and patient outcomes.